Fradet Laetitia, Botcazou Maïtel, Durocher Carole, Cretual Armel, Multon Franck, Prioux Jacques, Delamarche Paul
Laboratoire de Physiologie et Biomécanique de l'Exercise Musculaire, UFR-APS, Université de Rennes 2, CS 24-414, Avenue Charles Tillon, 35044 Rennes, France.
J Sports Sci. 2004 May;22(5):439-47. doi: 10.1080/02640410310001641647.
Previous studies on overarm throwing have described a proximal-to-distal segmental sequence. The proximal segments reached their maximal linear velocities before the distal ones. In handball, no study has demonstrated this sequence from the upper torso to the wrist, although a recent study did present a different organization. The aim of this study was to analyse the throwing arm segmental organization during handball throwing. We found that the maximal linear velocity of the shoulder occurred after the maximal linear velocity of the elbow. Moreover, the maximal angular velocity of the upper torso occurred later than that of the elbow. Hence, contrary to other disciplines, the rotation of the upper torso was not suddenly stopped just after the forward arm motion was initiated. These results may apply to handball in general or be specific to the population of handball players studied. It may be advisable in future studies to include international players.
先前关于过肩投掷的研究描述了一种从近端到远端的节段顺序。近端节段在远端节段之前达到其最大线性速度。在手球运动中,尽管最近的一项研究呈现了一种不同的组织形式,但尚无研究证明从躯干上部到手腕的这种顺序。本研究的目的是分析手球投掷过程中投掷手臂的节段组织。我们发现,肩部的最大线性速度出现在肘部最大线性速度之后。此外,上躯干的最大角速度比肘部出现得更晚。因此,与其他项目不同,在前臂动作开始后,上躯干的旋转并不会突然停止。这些结果可能普遍适用于手球运动,或者特定于所研究的手球运动员群体。在未来的研究中纳入国际球员可能是明智的。